Assessing the effectiveness of reactions to counterfeit incidents can be invaluable in preventing future counterfeit crimes.
The present study has demonstrated the effectiveness of this reaction to restore historic silk.
A quantitative measure of the effectiveness of the reaction is derived using the asymptotic downstream solution.
Variation in relative importance of reactions in liquid film with respect to reactions in bulk liquid with variations in process parameters and effectiveness of the reactions in the presence of mass transfer resistances are also examined.
From the results of the preliminary investigations, the coupled technology of EK with PRB system could effectively remediate contaminated groundwater in situ without extracting pollutants from subsurface through the effectiveness of the reactions between the reactive materials and contaminants.
Efforts are focused on the feasibility and effectiveness of performing this reaction with the aid of a high-temperature energy/heat source like the sun.
It is expected to produce necessary thermochemical data to describe the effectiveness of the RDR reaction and to provide useful guidance to chemical engineers for optimizing the individual processes.
Increasing the initial content of ZnO diluent increases the effectiveness of the heterogeneous reaction at the ZnO diluent surface which facilitates the sublimation of Zn and appears to render the ZnO product scale surrounding unreacted Zn more permeable.
The effectiveness of the coupling reaction and purity of the block copolymers was asserted by chromatographic and spectroscopic techniques as well as their thermal behaviour was studied by thermogravimetric analysis, differential scanning calorimetry and optical microscopy.
The research objectives of this systematic review were to evaluate the clinical effectiveness of polymerase chain reaction (PCR) versus chromogenic agar for MRSA screening, and PCR versus no screening for several clinical outcomes, including MRSA colonization and infection rates.
